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Factors affecting slag penetration of refractory mortar joints
Laboratory slag-cup and pier tests of 36 super duty refractory mortars were used for rating their chemical resistance to slag and shrinkage characteristics; results show that mortars most resistant to slag attack at 2910 F are those which have highest percentage of crystalline refractory phases and least glass content in fired material; generally, high alumina phosphate bonded mortars were most resistant; degree of penetration of joint is essentially related to resistance of mortar to solution by slag and to shrinkage characteristics of mortar, etc. (12160)
Factors affecting slag penetration of refractory mortar joints
Laboratory slag-cup and pier tests of 36 super duty refractory mortars were used for rating their chemical resistance to slag and shrinkage characteristics; results show that mortars most resistant to slag attack at 2910 F are those which have highest percentage of crystalline refractory phases and least glass content in fired material; generally, high alumina phosphate bonded mortars were most resistant; degree of penetration of joint is essentially related to resistance of mortar to solution by slag and to shrinkage characteristics of mortar, etc. (12160)
Factors affecting slag penetration of refractory mortar joints
Amer Ceram Soc, Bull
Lalonde, R.E. (author) / Anthony, G.H. (author)
1968
6 pages
Article (Journal)
English
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Factors affecting slag penetration of refractory mortar joints
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